MultiConnect rCell MTR-LNA7 Wi-Fi 4 Industrial Router

Designed for the demanding needs of industrial M2M and IoT deployments, the MultiTech MultiConnect rCell MTR-LNA7 combines robust cellular connectivity with Wi-Fi 4 (IEEE 802.11b/g/n) and versatile Ethernet/Serial interfaces. This compact, purpose-built router is optimized for secure machine-to-machine communications, field deployments, and remote monitoring, delivering reliable, always-on connectivity in challenging environments. With the mPower embedded software platform, it offers streamlined device provisioning, secure remote management, and straightforward integration with existing networks and IoT ecosystems. Whether you are connecting remote sensors, PLCs, or industrial controllers, the MTR-LNA7 provides a flexible, scalable networking solution ready to deploy out of the box.

• Industrial-grade M2M/IoT router: Built to meet the reliability and security requirements of harsh industrial environments, the rCell MTR-LNA7 provides a stable platform for secure machine-to-machine communications, remote monitoring, and fleet management across distributed sites.
• Wi-Fi 4 and cellular connectivity: Seamlessly blend local wireless access with wide-area cellular coverage. The device supports 802.11b/g/n for on-site devices and sensors, while maintaining cellular WAN connectivity for remote sites or failover scenarios, helping you stay connected even when one link fails.
• Flexible Ethernet and Serial interfaces: The robust Ethernet or serial network interface platform enables easy integration with legacy devices, sensors, PLCs, and industrial equipment, reducing integration effort and preserving existing infrastructure investments.
• mPower embedded software for secure management: The built-in mPower software suite delivers secure provisioning, remote management, policy enforcement, and reliable software updates. This foundation supports centralized monitoring, configuration, and OTA firmware upgrades, minimizing downtime and operational risk.
• Intuitive deployment and management: A user-friendly interface, along with remote provisioning and monitoring capabilities, accelerates installation, simplifies ongoing maintenance, and enables scalable deployments across multiple sites without sacrificing security or control.

Technical Details of MultiTech MultiConnect MTR-LNA7

• Network interfaces: Flexible Ethernet and serial options paired with wireless capabilities, enabling diverse deployment scenarios from on-site bridging to remote sensor networks.
• Wireless technology: Built-in Wi-Fi 4 support (IEEE 802.11b/g/n) for local network access and device connectivity, simplifying on-site configuration and data collection.
• Cellular connectivity: Industrial-grade cellular WAN capability for remote sites and failover use, ensuring continuous connectivity regardless of fixed-network availability.
• Security and management: mPower embedded software provides secure provisioning, remote management, firmware updates, and policy enforcement to protect IoT deployments and reduce operational risk.
• Deployment flexibility: Designed for easy integration with existing industrial equipment and networking gear, enabling quick migration from legacy systems to modern, connected architectures.
• Reliability and longevity: Engineered for continuous operation in demanding environments, with a focus on long-term availability and predictable performance across the deployment lifecycle.

How to install MultiTech MultiConnect rCell MTR-LNA7

• Prepare and power up: Verify that you have the appropriate power supply and mounting hardware for your installation. Mount the unit securely in a suitable enclosure or on a DIN rail if supported, ensuring adequate ventilation to prevent overheating.
• Insert SIM and connect WAN: If using cellular WAN, insert a compatible SIM card with an active data plan. Power on the device and confirm cellular connectivity through the status indicators in the user interface or LED indicators on the unit.
• Establish initial network access: Connect an Ethernet cable from a PC or switch to the MTR-LNA7’s Ethernet port. Configure your PC to be on the same subnet as the device for initial access, or use the default provisioning IP address provided by the manufacturer.
• Access the web UI and log in: Open a web browser and navigate to the device’s default IP address. Log in with the default administrator credentials, then immediately change the password to secure the device and prevent unauthorized access.
• Configure WAN, LAN, and security settings: Set up the desired WAN (cellular and/or Wi‑Fi) and LAN IP addressing. Enable essential security features such as firewalls, VPN tunnels if supported, and strong encryption for wireless connections. Save the configuration and reboot if prompted.
• Test connectivity and monitor: Validate data flow from connected sensors or devices to your cloud or on-site server. Use the web UI or management software to monitor link quality, signal strength, and device health. Schedule firmware updates if available and apply them to maintain security and performance.

Frequently asked questions

• Q: What is the MultiConnect rCell MTR-LNA7 designed for?

  A: It is an industrial router that combines Wi‑Fi 4 (IEEE 802.11b/g/n), cellular WAN, and Ethernet/Serial interfaces to support secure M2M and IoT deployments with remote management capabilities via the mPower software.

• Q: Can it operate with both Wi‑Fi and cellular simultaneously?

  A: Yes. The device is designed for flexible deployment scenarios where local Wi‑Fi can service on-site devices while cellular connectivity provides reliable WAN reach or a failover path for remote locations.

• Q: How is remote management handled?

  A: Remote management is enabled through the mPower embedded software, which supports secure provisioning, configuration, monitoring, and firmware updates across multiple devices from a centralized interface.

• Q: Are firmware updates supported after deployment?

  A: Yes. The platform supports over-the-air firmware updates, helping keep devices secure and up to date without on-site visits.